6" 2019-2023 GMC Denali 1500 4WD Lift Kit by Zone

This Zone Offroad C72 6 inch suspension lift to fit the GMC Denali 1500 equipped with ARC (adaptive ride control) will lift your vehicle enough to fit up to 37 inch diameter tires. Built around 1/4 inch thick front and rear crossmembers along with a heavy duty differential skid plate that forming a sub-frame that protects steering and driveline components. Correct steering geometry is maintain using new steering knuckles that keep the ESC system compatibility. CV axle angles are kept at a minimum using a multi-point front differential relocation system. The rear end is lifted using 4 inch tall axle blocks with extended ubolts.

Top Features & Benefits

• 6 inch front lift / 4 inch rear lift
• 1/4 inch heavy duty crossmembers with differential skid plate
• Upper control arms with OE sytle rubber bushings
• Specially designed steering knuckles maintain ESC compatibility
• Maintains ride quality and handling characteristics
• Factory Protection Plus included
• Limited Lifetime Warranty
• Allows clearance for 35 inch tires
• Average Install Time:  7 to 9 hours

Tire & Wheel Combinations

• Tires: 37 x 12.5, Wheels: 20x9, Back Spacing: 5.5 inch - 6.25 inch
• Tires: 35 x 12.5, Wheels: 20x9, Back Spacing: 4.5 inch - 6.25 inch

Warranty & Safety

Limited Lifetime Warranty - Zone Offroad Products are backed by a limited lifetime warranty.  Guaranteeing all products to be free from defects in material and workmanship to the original retail purchaser.  

Drivetrain Protection - Zone Offroad Products offers FREE 560Plus Factory Protection Plus. This supplemental drivetrain protection (5 years - 60,000 / 100,000 miles) gives you piece of mind with your purchase.  Click here for more info

Safety Certification - You can feel safe knowing this lift kits has been has been tested and successfully passed the FMVSS (Federal Motor Vehicle Safety Standard) No. 126 test. This test was performed to show the installation of this particular lift kit, with a specific tire and wheel package would not compromise the performance and effectiveness of the vehicle's Electronic Stability Control (ESC) system.